Question

QUESTION 4 A random single nucleotide mutation occurs in a codon that use to code for Alanine (Ala). What is the probability that it will be a silent mutation (the resulting codon still codes for Alanine)? Include three decimals. 0.111 QUESTION 5 Based on the scenario on question 4, What is the probability that the mutated codon will result in the synthesis of Threonine (Thr)? Assume all possible mutations are equally likely, Include three decimals in your response. QUESTION 6 What is the probability that a codon corresponding to an amino acid mutates to the stop codon TAA? Assume a single nucleotide mutation occurs and all possible mutations are equally likely. Include three decimals in your response. QUESTION 7 The genetic mutation of sickle cell trait mutation is from Glutamic acid (Glu) to Valine (Val). Assuming an error rate of 1 in 1 million copies of every nucleotide per mitosis, what is the probability of a cell gaining the sickle cell disease (recessive homozygous) from a carrier mother cell (heterozygote)? Assume the mutation event is independent, and only the nucleotide that can change Glu to Val has the mutation. (Hint: It's a very small number. Include three significant figures and use scientific notation.)

          QUESTION 4
A random single nucleotide mutation occurs in a codon that use to code for Alanine (Ala). What is the probability that it will be a silent mutation (the resulting codon still codes for Alanine)? Include three decimals.
0.111

QUESTION 5
Based on the scenario on question 4, What is the probability that the mutated codon will result in the synthesis of Threonine (Thr)? Assume all possible mutations are equally likely, Include three decimals in your response.

QUESTION 6
What is the probability that a codon corresponding to an amino acid mutates to the stop codon TAA? Assume a single nucleotide mutation occurs and all possible mutations are equally likely. Include three decimals in your response.

QUESTION 7
The genetic mutation of sickle cell trait mutation is from Glutamic acid (Glu) to Valine (Val). Assuming an error rate of 1 in 1 million copies of every nucleotide per mitosis, what is the probability of a cell gaining the sickle cell disease (recessive homozygous) from a carrier mother cell (heterozygote)? Assume the mutation event is independent, and only the nucleotide that can change Glu to Val has the mutation. (Hint: It's a very small number. Include three significant figures and use scientific notation.)

QUESTION 4
A random single nucleotide mutation occurs in a codon that use to code for Alanine (Ala). What is the probability that it will be a silent mutation (the resulting codon still codes for Alanine)? Include three decimals.
0.111

QUESTION 5
Based on the scenario on question 4, What is the probability that the mutated codon will result in the synthesis of Threonine (Thr)? Assume all possible mutations are equally likely, Include three decimals in your response.

QUESTION 6
What is the probability that a codon corresponding to an amino acid mutates to the stop codon TAA? Assume a single nucleotide mutation occurs and all possible mutations are equally likely. Include three decimals in your response.

QUESTION 7
The genetic mutation of sickle cell trait mutation is from Glutamic acid (Glu) to Valine (Val). Assuming an error rate of 1 in 1 million copies of every nucleotide per mitosis, what is the probability of a cell gaining the sickle cell disease (recessive homozygous) from a carrier mother cell (heterozygote)? Assume the mutation event is independent, and only the nucleotide that can change Glu to Val has the mutation. (Hint: It's a very small number. Include three significant figures and use scientific notation.)

Added by Frank W.

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